9 Sections
25 Lessons
4 Hours
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Introduction to Climate-Responsive Design
3
1.1
Why Climate Matters in Architecture
1.2
Understanding Environmental Context
1.3
Principles of Sustainable Design
Reading Climate Data
3
2.1
Understanding Temperature & Humidity
2.2
Wind Patterns & Air Movement
2.3
Solar Path & Seasonal Changes
Site & Orientation Strategies
3
3.1
Site Planning for Climate Response
3.2
Building Orientation Techniques
3.3
Designing with Topography & Landscape
Passive Cooling Techniques
3
4.1
Cross Ventilation Strategies
4.2
Shading Devices & Heat Reduction
4.3
Courtyards, Verandahs & Thermal Comfort
Passive Heating & Daylighting
3
5.1
Harnessing Solar Heat Naturally
5.2
Designing for Natural Light
5.3
Balancing Light, Heat & Comfort
Materials & Building Envelope
3
6.1
Thermal Properties of Materials
6.2
Insulation & Thermal Mass
6.3
Roofs, Walls & Facade Strategies
Water & Energy Efficiency
3
7.1
Rainwater Harvesting Basics
7.2
Energy-Efficient Building Systems
7.3
Renewable Energy Integration
Climate-Specific Design Approaches
3
8.1
Designing for Hot & Dry Climates
8.2
Designing for Warm & Humid Climates
8.3
Designing for Cold & Composite Climates
Future of Climate-Driven Architecture
1
9.1
Net-Zero & Regenerative Design Concepts
Climate-Driven Design: Build for Environment
Curriculum
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